A method for real-time observation of base station equipment data indicators

Abstract

The invention provides a method for observing a base station equipment data index in real time. The method comprises the steps of acquiring a shared memory space by an OAM of a base station from an OSP in initialization, transmitting information to a layer L2 and a layer L3 for notifying a shared memory address; filling various parameter values of a working cell and various parameter values of active UE in the shared memory by the layer L2 and the layer L3; after the OAM receives a measurement reporting activation instruction of the OMC, extracting required measuring items, generating reporting data from the acquired basic data through calculation, performing feedback of the reporting data to the OMC, and performing graphical displaying by the OMC according to the reporting data. The method can facilitate real-time mastering of base station equipment in operation by developing and operation maintenance personnel. A whole set of solution for observing cell-grade and UE-grade data index information in the operation equipment is supplied. Furthermore IMSI and bitmap testing by the OAM is supported. High consistency and high accuracy of the UE data which are supplied from the L2 / L3 are ensured.

Description

technical field [0001] The invention belongs to the communication field and relates to a method for real-time observation of base station equipment data indicators. Background technique [0002] For the developers of base station equipment, in the process of function development and debugging, they often need to know the running status of the equipment in real time. The usual way is to add debugging logs to the code or capture data packets through the network to realize the purpose of monitoring the running status of the equipment. The disadvantage of this method is that the display is not intuitive, and useful data needs to be extracted from the vast log information and network data packets for analysis, which is inefficient. [0003] For the operation and maintenance personnel of base station equipment, in the process of equipment operation and maintenance, it is even more necessary to know the operation status of the equipment in real time. One of the existing methods is ...

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Problems solved by technology

[0003] For the operation and maintenance personnel of base station equipment, in the process of equipment operation and maintenance, it is even more necessary to know the operation status of the equipment in real time. One of the existing methods is to remind the operation and maintenance personnel by reporting an alarm when the equipment has an operation error. The disadvantage of this method is that it can only detect the faults of equipment operation, but it is impossible to grasp the various performance indicators and operating status of the equipment in real time.

Another method is to query some performance indicators. The disadvantage of this method is that generally only the instantaneous value of a certain time can be queried, and it is impossible to form an intuitive impression of the continuous changes of the indicators over a period of time, and it is inconvenient to quickly obtain observation results. , and there are so many indicators that need to be queried, the query is very inconvenient, and the correlation between indicators cannot be obtained, so it is very difficult to analyze the indicators

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